Development of a composite EPS/VIP insulating panel

卡尔顿大学和Styro Rail正在申请NSERC的合作研究与开发拨款，以开展一项为期三年的综合研究计划，将真空绝缘板（vip）集成到复合膨胀聚苯乙烯（EPS）板中，并使用复合背板。Styro Rail已经完成了产品的概念设计阶段，但是出现了一些研究问题，该研究计划将解决。这些包括vip如何老化，vip对墙体的湿热性能有什么影响，如何在考虑成本，热工性能和房屋几何形状的情况下优化复合板，最后是否可以开发简单的程序来快速确定安装系统的有效热阻。针对这些问题，提出了7个研究项目，其中3个关注热性能，2个关注湿热性能，2个关注VIP老化。为了开展这项研究项目，1名博士生和1名硕士。学生分别于2016年5月和9月入学。****这项研究计划将为Styro Rail提供足够的工具和研究答案，以修改他们的制造过程，并将他们的产品销售给住宅建筑商。这项工作将使Styro Rail能够将研究成果用于商业用途，并以高可信度的性能和可靠性分销他们的产品。之后，我们希望新建筑的增长将努力达到各种低能耗标准，如被动式房屋和R-2000等。此外，该计划将使研究，导致新的知识和方法，节能建筑的设计，施工和改造。此外，预计这项研究将吸引并推动增值建筑围护结构设计的行业创新，一家加拿大公司将处于产品开发的前沿。******

Carleton University and Styro Rail are applying for a NSERC Collaborative Research and Development grant to conduct a three year, comprehensive research program on the integration of vacuum insulation panels (VIPs) into composite expanded polystyrene (EPS) panels with a composite backer board. Styro Rail has completed the conceptual design phase of the product, however a number of research questions have arisen that this research program will address. These include how VIPs age, what effect do VIPs have on the hygrothermal performance of a wall, how the composite panel can be optimized taking into account cost, thermal performance and house geometry, and finally whether simple programs can be developed to quickly determine the effective thermal resistance of installed systems. To address these problems, 7 research projects have been proposed, with 3 focused on thermal performance, 2 focused on hygrothermal performance and 2 focused on VIP aging. To conduct this research program, 1 Ph.D. student and 1 M.A.Sc. student have been recruited to start in May and September 2016, respectively.****This research program will provide Styro Rail with sufficient tools and research answers to revise their manufacturing process and market their product to home builders. This work will allow Styro Rail to exploit the research results for commercial use and distribute their product with a high confidence level in performance and reliability. Afterwards, the desire is to have a growth in new builds that will strive to achieve the various low energy consumption standards that are available, such as Passive House and R-2000 amongst others. Additionally, this program will enable research that leads to new knowledge and methods for energy efficient building design, construction and renovation. Furthermore, it is anticipated that this research will attract and drive industry innovations in value-added building envelope design, with a Canadian company at the forefront of the product development.******